The architecture industry is very complex and competitive. It requires skillful 3D Printing thinking and the ability to handle clients’ projects. But the main difficulty comes when the client comes up with a complicated demand. We know how hard it can be if it is impossible to build anything physically.
Time also becomes an enemy of an architect that can ruin many things. However, with new technologies, 3D printers are now in the market. They are making everything easy in the construction business. 3d printers are nowadays commonly used everywhere. We can even see examples of 3D printing architecture in Abu Dhabi, USA, Dubai, etc.
This article briefly discusses 3D printing in architecture. But before we start, let us clarify the concept of 3D printing and how it works.
What is 3D printing
3D printing/ additive manufacturing is making 3- dimensional objects. These objects are built from layer to layer through digital models or devices. 3d is different from subtracted manufacturing which cuts down layers from a material to create its final product.
However, with the help of 3d printing technology, it becomes easy to create any physical form through digital files. In today’s day and age, 3D printing in architecture and in fashion gets widely used.
There are some kinds of 3d printing technologies, such as:
- Fused deposition modeling(FDM)
- Selective laser sintering (SLS), etc.
How does 3d printing work
The process of 3d printing starts with the creation of a 3d model. This creation of the 3d model gets done through computer-aided 3d design software(CAD).
Later, the model gets sliced into thin layers from there, and the 3d printers start creating each layer. The printer, in simple words, now fuses all the layers to form one final product.
This 3d printing technology also has many advantages, such as:
- Rapid prototyping
- Quick creation of objects through digital devices.
- It Reduces the waste of energy and materials.
- Customization and personalization
- Safe for everyone
- Construction in challenging environments
Benefits of 3D printing in architecture
As said earlier, 3d printing in the architecture industry involves many advantages, which this article will discuss below.
One of the first problems of the traditional construction system was time and speed. It took a lot of effort and time to complete one project. But after the introduction of 3D printers, everything changed. It is much more efficient and works fast according to the users’ needs.
3D printing has a significant advantage in that it helps construction quickly. It has helped build houses in a matter of days. Many studies have also shown that 3D has saved up to 60% of the total building time.
Fewer health hazards:
In the architecture industry, 3D printing has fewer health hazards. In traditional construction sites, workers faced dusty air, concrete, adhesives, and much more. They were very harmful to health. But 3d is much safer and has minimized the injuries that proved fatal. That is why 3D printing has flourished very fast in the architecture industry.
An idea of the experiment:
With 3D printing in architecture, it is straightforward to experiment with various colors and materials. Architects and designers can also try on new designs and complex structures within a matter of time.
Such a great thing! Isn’t it? This technology can speed up the thought process and takes a little time only. Architects and clients can agree more on a specific thing, and everything can work smoothly.
Freedom for new ideas and design:
Another problem for architects and construction designers is designing! Yes, you heard it written. It is easy to draw it on paper, but it sometimes takes effort to build. That is why 3D painting is now here to save it all.
3D concrete printing prints any design, whichever is necessary. This way helps the designers to think outside of the box. 3D printers are beneficial for building a great, unique, and robust model.
Remember the time when architects had to face many problems regarding labor work and time? This was a huge problem, even now. Constructing anything requires a labor-intensive job, and it takes so much time. Architects used traditional techniques to build something.
This is why 3D printing is beneficial. It cuts down traditional techniques for construction. 3Dprinting is also much more durable, where architects can experiment with things without fuss. We can also alter any parts according to our needs later on.
Less material waste
As mentioned previously, traditional construction sites were notorious for producing copious amounts of waste upon project completion. This led to environmental pollution and hazardous by-products that posed significant risks to both humans and wildlife. However, the utilization of 3D technology has drastically improved these conditions as it promotes safety and precision in its approach. Unlike conventional methods, this innovative technique produces minimal mess while ensuring efficient material usage, thereby minimizing waste production, which benefits our environment’s sustainability.
3D printing has been a game changer for the architecture industry in the last few years. In the present day, architects and designers are able to design and build practically anything, regardless of the structure. They can design buildings to landscapes, from sketches to CAD building models. Irrespective of its complex system, 3D printers can print anything, which is much more sturdy.
Many architects are already using 3D printers to showcase their ideas in a physical form. As far as we are concerned, it truly represents a game changer. With the world becoming increasingly technologically advanced, it’s a good idea to try out things that are helpful to us in so many ways.
The 3d printer’s application is spreading rapidly. It is used in many industries apart from architecture, like Aerospace, automotive, healthcare, fashion, and much more. Now, it is possible to build any structure, from simple designs to complex ones.
Overall, this revolutionary technology provides flexible and accessible means for creating objects. On the plus side, these objects could reshape the traditional production process and many industries.